GEOMETRIZED VACUUM PHYSICS
based on THE ALGEBRA OF SIGNATURE
This project is aimed at implementing the Clifford–Einstein–Wheeler program
for the complete geometrization of physics
Geometrized Vacuum Physics based on the Algebra of Signatures’ (GVPh&AS) consists of 15 articles, some of which have been published in Web of Science (WoS) journals and on Cornell University’s arXiv.org
The goal of the project is to demonstrate that the properties of space, the dynamics of elementary entities, and quantum phenomena can be derived from geometric transformations of the vacuum’s fundamental structures.
This work is an attempt to “translate” the language of the Torah and Kabbalah into the language of differential geometry and metric dynamics, while preserving their internal moral structure and their orientation toward the Human Being.
The world is viewed as a holographic structure of a deformed vacuum, and physical phenomena are interpreted as consequences of its geometry.
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The project opens the possibility to:
interpret physical objects as geometric formations of the vacuum;
explain mass and inertia through the topology and metric of space;
derive quantum phenomena without probabilistic formalism;
understand cosmological structures as fractal layers of a unified geometry;
establish a foundation for advanced technologies such as inertia-free motion, vacuum energy, and metric-controlled systems.
GVPSA forms a new platform for fundamental science — a synthesis of geometry, physics, and spiritual philosophy.
The project is represented in:
15 research articles covering light-geometry, signature algebras, metric dynamics, and cosmological models;
peer-reviewed journals indexed in Web of Science;
materials of the international preprint archive arXiv.org;
collected works that integrate the mathematical framework (GVPh&AS) with its religious-philosophical foundation (“Principles of Alsigna”).


